BR-202024017460-U2 - BUILT-IN CLOTHESLINE

Abstract

This utility model relates to a built-in clothesline applicable to the field of devices for hanging and drying clothes. It comprises a box (2) embedded in the wall, with an internal compartment (3) and raised edges (4). The clothesline includes fixing brackets (5, 6) for articulated arms (9, 12) that support sliding plastic tubes (14). Hinged covers (23, 26) cover the compartment when closed, using a magnetic closure system (30, 30a). The covers can be ceramic-coated for camouflage with the wall. A constructive variant features stainless steel covers (32, 33) with an edge (31) overlapping the wall. This model provides greater mechanical resistance, allowing for greater length and weight capacity. When closed, the clothesline is completely hidden, preserving the aesthetics of the environment.

Inventors

• TEÓFILO HENRIQUE RADOLL
• EVELYN BURGER DIETRICH

Assignees

• METALTRAN METALÚRGICA LTDA - EPP
• SOULLEAN TREINAMENTOS LTDA ? ME

Dates

Publication Date

20260310

Application Date

20240826

Claims (2)

1. 1) “BUILT-IN CLOTHESLINE”, comprises a built-in clothesline (1) comprising a box (2) with an internal compartment (3) housing the right arm (9), left arm (12) and tubes (14), characterized by: - the box (2) being designed to be installed in a recessed manner in the wall; - the box (2) receiving in the internal side corners the mounting of the pair of right fixing brackets (5 and 5a) and pair of left fixing brackets (6 and 6a), fixed by screws (7); - the pins (8 and 8a) of the right arm (9) being fitted into the through holes (10 and 10a) of the respective right fixing brackets (5 and 5a) of the right arm (9); - the pins (11 and 11) of the left arm (12) being fitted into the through holes (13 and 13a) of the respective left fixing brackets (6 and 6a) of the left arm (12); - the tubes (14) being made of plastic and pass through the supports (15), fixed in the slots (19) of the steps (20) of the right arm (9) and in the slots (21) of the steps (22) of the left arm (12); - the tubes (14) are free to slide between the support cubes (15); - the right cover (23) is articulated by means of a pin (24) fitted into the holes (25) of the right fixing supports (5 and 5a); - the left cover (26) is articulated by means of a pin (27) fitted into the holes (28) of the left fixing supports (6 and 6a); - the fastener (29) of the magnets (30 and 30a) is positioned in the center of the internal compartment (3) of the recessed box (2); - the magnet (30) keeps the right cover (23) closed and the magnet (30a) keeps the left cover (26) closed; - the right cover (23) and left cover (26) align when closed with the raised edges (4); - the right cover (23) and left cover (26) are designed to receive a front finish of ceramic coating.
2. 2) “BUILT-IN CLOTHESLINE”, according to claim 1, characterized by: - the box (2) having an edge (31) that overlaps the wall, leaving the right cover (32) and left cover (33) protruding; - the right cover (32) and left cover (33) being manufactured with a stainless steel front finish.

Description

Field of Application [001] This utility model application relates to a built-in clothesline, which will be applied to the field of devices for hanging and drying clothes. State of the Art [002] Fixed clotheslines have been known for decades, are generally made of metal and permanently installed in a specific location, and do not have folding or adjustment mechanisms, being ideal for large spaces where it is not necessary to retract them. Over the years, alternatives have been developed that optimize space and offer more modern practical solutions for drying clothes, as demonstrated in the patent documents: US2481638, clothesline support; US2615582, clothes drying rack; US2872047, clothesline holder; US3288308, clothesline retainer; EP0533984, washing and drying system; US8161990, clothesline accessory; and, BRMU9000757-3, clothesline. [003] Despite the patent solutions cited, the need for more compact clotheslines that did not compromise the aesthetics of the environment had not yet been fully met. In response to this demand, more modern and compact clotheslines emerged, installed in an exposed manner in service areas or balconies, such as those presented in the patent documents: KR101174250, wall hanger combined with clothesline; and, in document BR202014016476-1, which presented a constructive arrangement introduced in a folding clothesline, more precisely, a folding clothesline that is easy to handle, in such a way that it is compacted, freeing up the installation area for full use of the space, and this clothesline can be installed on practically any wall. However, even these innovations did not solve the aesthetic problem, as they continued to occupy space and, above all, interfere with the appearance of the environments in which they were installed. [004] The model described in patent document BR202014016476-1 presents a compact version of a clothesline made of aluminum, which can be painted in various colors. This product, however, is manufactured to be installed exclusively on the wall, i.e., external to the wall, and must be fixed with wall plugs and screws. Thus, even when the clothesline is retracted and closed, it continues to occupy space in the environment, interfering with other activities and even hindering the circulation of people, especially in small areas such as balconies, verandas, laundry rooms or even bathrooms. [005] This model, described above, also did not completely solve the problems related to the aesthetics of the environment, because even though it can be painted in various colors, it remains perfectly visible and, in most cases, does not fit in with the decoration of the environment, an increasingly important requirement, especially in high-end properties, where current architecture increasingly seeks to provide light and harmonious environments. Finally, this model, made of aluminum, a material that offers relatively low mechanical resistance, also presents a problem with its closing lids, which do not have any mechanism to keep them firmly in the "closed" position. [006] Aware of existing problems and the demands of current architecture, the author developed an innovative solution by creating a clothesline to be built into the wall, which remains hidden when not in use and is easily accessible when needed. Unlike all previous models, this clothesline is built-in and protected by a cover that integrates perfectly into the environment. The cover is opened by a magnetic release system, providing a compact and discreet solution for drying clothes in residential environments. When closed, the clothesline is completely hidden, keeping the environment organized and free from visual interference. [007] The clothesline structure will be manufactured in stainless steel and/or carbon steel, materials that notoriously offer greater mechanical resistance than aluminum. The structure is composed of retractable rods that expand and retract, optimizing the use of space efficiently. The rods are fixed to a structure that is fully embedded in the wall, which guarantees robustness and stability to the clothesline. The cover, designed to fit perfectly into a metal frame, is visually discreet and corrosion-resistant, offering support and precise alignment for the unlocking mechanism. [008] The magnetic release system is designed to be easy to operate, releasing the lid with a light press, without the need for excessive force. This innovative mechanism keeps the lid firmly closed, ensuring that the clothesline remains hidden when not in use. In addition, the opening is smooth, facilitating handling and ensuring practicality for the user. [009] The clothesline's opening and closing mechanism is accordion-style, allowing it to be pulled out from the wall when the cover is open and retracted when not in use. After use, the clothesline is retracted and the cover is closed, keeping it completely recessed and out of sight. This design ensures that the clothesline does not interfere with the environme